410757864530_dead_follicles [she/her]

working on open hardware electrolysis! check out https://sphynx.diy/

schematics are here: https://git.sr.ht/~_410bdf/sphynx

email me at 410bdf@proton.me, or hit my Matrix at @410bdf:matrix.org!

  • 19 Posts
  • 110 Comments
Joined 9 months ago
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Cake day: March 4th, 2024

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  • sup bocchi-party

    i’ve been avoiding making a post for… reasons? it’s basically just been incrementally closing out the last 10% and i don’t want to say that over and over again and not have new news, plus since this is a free time endeavor for me, actually documenting and writing the post was becoming a non-trivial slice of the time i spend on the project at all in a week. i feel really bad for leaving y’all in the dark but nevertheless we persist ✨

    we do in fact have a matrix chat as @Edie@hexbear.net linked mentioned (thanks friend you’re a real one and i deeply appreciate your persistent checking in trans-heart). if you’re here and you’re seeing this you’re invited. DM me wherever I accept DMs (hexbear or matrix) and i’ll send you an invite. matrix has been a lot better for me because i don’t have to think and curate and take screenshots and instead i can just spend thirty seconds writing a couple quick messages and get to the rest of my day.

    sphynx is absolutely not dead. 💪








  • hello! I’d love to talk through it, but the very short answer is that this is fully global as designed. It runs on 2 9V batteries and is never connected to the wall at any point. Batteries are consumable and it’s a little bit of a bummer (these exist which mitigates this issue!) but there is a safety risk with having any direct electric line from the wall to a person. I trust my engineering skills but even if I feel like I could make it safely, it’s not worth the risk. If my circuit completely fails and the batteries shoot straight through to the recipient’s body, it’s just 18 V and it’s a little ouchie but no big deal, unlike with wall current, which is a very, very big deal. I would never endanger trans. <3




  • hi! Perfect timing, I just sat down to conclusively definitively follow your instructions to get this patch implemented and then set up CD onto https://sphynx.diy. I’m honestly not opposed to you having push access to a branch, but I just have to get settled into the repo first and reacquaint myself how Jekyll projects are typically organized. I’ll let you know when I’m up to speed with where you’re at and then there’s a good quantity of site things to be done 🥰

    edit: holy shit patching with eml files is easy I don’t know why I was dreading this so much. 4 minutes. The CD job failed, I didn’t really expect it to pass on the first try, but I’m going to go into debugging that now

    edit 2: i fixed the build script chicken-bop I went down a somewhat (entirely) unnecessary rabbit hole of getting bundler installed as a user gem instead of as a system gem for the problem to be totally unrelated and just be system binaries anyways. Might change it back, might not. The important thing is that pushing jekyll automatically uploads HTML to the site. I can finally start writing blog posts and guides and stuff. Thank you :meow-hug:







  • Hi! @Edie@hexbear.net summed it up pretty well, the thing I’m looking for is to have very simple 3D models associated with all of the library components, so that in my KiCAD 3D viewer, it’s not just an empty PCB. KiCAD has defaults for resistors, capacitors, and ICs, (which all need to be set up actually, that’s another part of this ask), but things like the potentiometers, battery holders, and phono jack could be modeled as a couple of cylinders and boxes per the datasheets. The two purposes this would serve is providing visuals for instruction guides and the website, and to help enclosure designers have something to work around. These are both of moderate importance - not blocking development, yet would still be nice to have. That is to say, there’s no rush but if you’re feeling motivated it’d be a neat thing to do!